Right now, the only way I found to trigger a neighbor solicitation is to try to establish a TCP connection to the host on a random port. Guest Post: 2012 was a turning point for the IPv6 Internet. Here is a NDP only scan, output to a XML file (and stdout) which includes the link layer address: Apparently, this type of nmap scan tickles the kernel to do neighbor discovery, as in testing I see it reappear under ip neigh. PC1 sends an NS message, listing the address PC1 now wants to use (2001:DB8:1111:1::11) as the target. Redirects are used by routers to inform hosts of a better first-hop for a destination. Commands that do not specify an IPv6 address remove all dynamic entries for the listed interface. Neighbor Discovery Protocol is an umbrella that defines these mechanisms: Subsitute of ARP Since ARP has been removed in IPv6, IPv6 follows a newer way to find the link-layer addresses of nodes on the local link. When one host wants to find the layer two address of another host, it will send the neighbor solicitation to the remote hosts solicited node multicast address. Recursive DNS Server (RDNSS) and DNS Search List (DNSSL) assignment via a router advertisement (RA) options. Server Fault is a question and answer site for system and network administrators. Why IPv6 neighbor solicitation uses multicast instead of unicast address? (Optional) Displays statistics about IPv6 traffic. Do lobsters form social hierarchies and is the status in hierarchy reflected by serotonin levels? 09-10-2021 Router Redirection - The router sends ICMPv6 messages to an IPv6 node to inform it of the presence of a better router address on the same local link to reach a destination network. After forwarding a packet, a device should send a redirect message to the source of the packet under the following circumstances: Use the ipv6 icmp error-interval command to limit the rate at which the device generates all IPv6 ICMP error messages, including neighbor redirect messages, which ultimately reduces link-layer congestion. You can also subscribe without commenting. Subsitute of ARP Since ARP has been removed in IPv6, IPv6 follows a newer way to find the link-layer addresses of nodes on the local link. These messages are used to provide the following functionality: IANA maintains a list of all current NDP options as they are published.[8]. How to nicely make a neighbors discovery solicitation on Linux? An IPv6 host looking for the MAC address of another host will send a multicast request to the Solicited Node multicast group of the target IPv6 address. New here? Thank You), Announcements, Guides & Community Updates. Connect and share knowledge within a single location that is structured and easy to search. Thanks. WebThe neighbor solicitation message is used primarily to find the layer two address of another IPv6 address on the local link. For my final usage, this action will be in scripts on a user session without the right to install anything. Furthermore, ndisc6 does not trigger NDP inside the kernel but does everything on its own. In this post, we will look at basic Neighbor Discovery messages used in IPv6. ND allows nodes to advertise their link layer addresses and obtain the MAC addresses or link First, the Dell laptop needs to find out the MAC address of the MacBook Pro, so it will send an NS message to the solicited-node multicast address of the target (MBP) that has the lower 24 bits from the IPv6 unicast address (ff02::1:ff:a0:6e:09). Therefore, forward progress is also a confirmation that the next-hop neighbor is reachable. Why do you perform a ping before calling nmap ? It reconnects sometimes after a few seconds and other times I have to manually trigger it. Packet redirection to provide a better next-hop route for certain destinations. Notify me of follow-up comments via email. Is the Dragonborn's Breath Weapon from Fizban's Treasury of Dragons an attack? Why NDP doesn't work on virtual ethernet interface for packets arriving from outside? This mechanism rely on ICMPv6 Type 133 and 134. Prefix advertisemnet and prefix renumbering use router solicitaion (ICMPv6 Type 133) and router advertisement (ICMPv6 Type 134) messages. In this case, NS messages source an unspecified IPv6 address::/128and a destined solicited-node multicast address of the IPv6 address it intends to use. This new mechanism uses a mix of ICMPv6 messages and multicast addresses. Customizes the interval and bucket size for IPv6 ICMP error messages. Register (or login) on our website and you will not see this ad. IPv6 also adds new networking features to an infrastructure. Protocol in the Internet Protocol Suite used with IPv6. If a Host doesnt know the MAC of the targeted Host. WebNeighbor discovery for IPv6 replaces the following IPv4 protocols: router discovery (RDISC), Address Resolution Protocol (ARP), and ICMPv4 redirect. To find information about the features documented in this module, and to see a list of the releases in which each feature is supported, see the feature information table at the end of this module. Here is the NS message sent by the Dell to the MacBook Pro. Any Internet Protocol (IP) addresses and phone numbers used in this document are not intended to be actual addresses and phone numbers. you would better learn how to communicate well with other people before represent this IPv6 topic, Your email address will not be published. Check your inbox or spam folder to confirm your subscription. WebThe clear ipv6 neighbors command removes the specified dynamic IPv6 neighbor discovery cache entries. on Neighbor unreachability detection (NUD): determine that a neighbor is no longer reachable on the link. Some examples are as follows: The default router preference (DRP) feature provides a basic preference metric (low, medium, or high) for default devices. 22:13:56 09 Oct. CWMP: HDM socket closed successfully. Replace eth0 with the correct interface name, of course. The table must be updated each time routes are added or changed. Which protocol does it use to get the MAC? Raskia Nayanajith is a networking professional with 15 years experience in ICT and Cisco technologies. A value of 137 in the type field of the ICMP packet header identifies an IPv6 neighbor redirect message. WebNeighbor Discovery Protocol (NDP) is based on ICMPv6 and is used to identify the relationships between different neighboring devices in an IPv6 network. I know its IPv6 address. The best answers are voted up and rise to the top, Not the answer you're looking for? WebAbout The Program: As an increasingly wide array of devices begin to store electronic information (watches, speakers, cars, and more), it is increasingly important to Router discovery: hosts can locate routers residing on attached links. The destination address in the neighbor advertisement message is the IPv6 address of the node that sent the neighbor solicitation message. Neighbor solicitation messages are also used to verify the reachability of a neighbor after the link-layer address of a neighbor is identified. Worked perfectly. Can safely block these ICMPv6 message types on a web server? A positive acknowledgment from an upper-layer protocol (such as TCP) indicates that a connection is making forward progress (reaching its destination) or the receipt of a neighbor advertisement message in response to a neighbor solicitation message. Unlike IPv4 broadcast addresses, IPv6 address resolution multicasts are spread over Cisco and the Cisco logo are trademarks or registered trademarks of Cisco and/or its affiliates in the U.S. and other countries. Sadly the laptop doesn't have a LAN socket and only one USB so I'd have to buy a powered hub of some kind to enable this. The neighbor solicitation message is used primarily to find the layer two address of another IPv6 address on the local link. 2. To learn more, see our tips on writing great answers. DRPs need to be configured manually. WebIn a dual-stack network, NDRA (Neighbor Discovery Router Advertisement) provides a lightweight address assignment method for autoconfiguration of the global IPv6 address on the CPE WAN link. This extension is backward compatible, both for devices (setting the DRP bits) and hosts (interpreting the DRP bits). Unsolicited messages confirm only the one-way path from the source to the destination node; solicited neighbor advertisement messages indicate that a path is working in both directions. Duplicate address detection is performed first on a new, link-local IPv6 address before the address is assigned to an interface (the new address remains in a tentative state while duplicate address detection is performed). Nodes (hosts and routers) use Neighbor Discovery to determine the link-layer addresses for neighbors known to reside on attached links and to quickly purge cached values that become invalid. I am looking for a way to retrieve the MAC address of a specific host on a LAN network. Here is why: hi, If the host has a configured unicast address, the unicast address of the interface sending the device solicitation message is used as the source address in the message. The destination address in device solicitation messages is the all-devices multicast address with a scope of the link. Planned Maintenance scheduled March 2nd, 2023 at 01:00 AM UTC (March 1st, Why can't ndisc6 update the kernel neighbor table? A Neighbour Advertisement (NA) message is sent in response to an NS message. a The following table provides release information about the feature or features described in this module. Auto-suggest helps you quickly narrow down your search results by suggesting possible matches as you type. These are similar to the ARP process in IPv4, where nodes need to learn link-layer addresses (MAC address) before communicating with each other. The neighbor discovery table of the nodes on the local link is updated with the new linklayer address. 15:01:59 09 Oct. Self roaming might be occurring Deauth original one 15:01:02 09 Oct. ARP [add] br0(wl0) 192.168.1.241 56:03:cc:32:b8:52, 15:00:57 09 Oct. Lan IPv6 Neighbour Discovery events: NEIGHBOR_SOLICIT, 15:00:57 09 Oct. DHCP device Connected: 192.168.1.241 56:03:cc:32:b8:52 Sid-s-S21, 15:00:56 09 Oct. 5G Client associate from 56:03:cc:32:b8:52 (IP=192.168.1.241) RSSI=-51 Rate=780Mbps host Sid-s-S21, 15:00:56 09 Oct. LAN [ADD] ARP 192.168.1.241 with 56:03:cc:32:b8:52 from br0(wl0), 15:00:56 09 Oct. Lan IPv6 Neighbour Discovery events: NEIGHBOR_SOLICIT, 15:00:56 09 Oct. WHW INFO A station (SmartHub2)IF[5G](EC:6C:9A:A3:AF:03):STA(56:03:CC:32:B8:52)(Legacy Device) join WHW infrastructure, 15:00:15 09 Oct. ARP [add] br0(wl1) 192.168.1.192 0a:a1:5a:16:fc:af, 15:00:11 09 Oct. DHCP device Connected: 192.168.1.192 0a:a1:5a:16:fc:af Ian-s-S21, 15:00:11 09 Oct. 2.4G Client associate from 0a:a1:5a:16:fc:af (IP=192.168.1.192) RSSI=-55 Rate=192Mbps host Ian-s-S21, 15:00:11 09 Oct. LAN [ADD] ARP 192.168.1.192 with 0a:a1:5a:16:fc:af from br0(wl1), 15:00:11 09 Oct. Lan IPv6 Neighbour Discovery events: NEIGHBOR_SOLICIT, 15:00:10 09 Oct. Lan IPv6 Neighbour Discovery events: NEIGHBOR_SOLICIT, 15:00:10 09 Oct. WHW INFO A station (SmartHub2)IF[2.4G](EC:6C:9A:A3:AF:04):STA(0A:A1:5A:16:FC:AF)(Legacy Device) join WHW infrastructure, 14:58:01 09 Oct. 2.4G client Mac: A2:8C:F2:F9:10:D7 Deauthentications (Reason:Disassociated due to inactivity ), 14:43:00 09 Oct. 2.4G client Mac: E2:F1:83:C8:FE:D5 Deauthentications (Reason:Disassociated due to inactivity ), 14:41:20 09 Oct. 2.4G client Mac: 2A:AA:6F:2B:8F:C5 Deauthentications (Reason:Disassociated due to inactivity ), on The destination address will be the solicited-node multicast address of the remote host. on Can u help me please? The most important part is that this message includes the layer two address of the host. To view a list of Cisco trademarks, go to this URL: www.cisco.com/go/trademarks. Is quantile regression a maximum likelihood method? Guest Post: Proposing an IPv6-only network-compatible recursive resolver implementation. NDP defines five ICMPv6 packet types for the purpose of router solicitation, router advertisement, neighbor solicitation, neighbor advertisement, and network redirects. The IPv6 Neighbor Discovery Nonstop Forwarding feature provides IPv6 high availability support. 2012 Cisco Systems, Inc. All rights reserved. NSes are also used for Duplicate Address Detection (DAD). Neighbor Discovery Protocol (NDP) is based on ICMPv6 and is used to identify the relationships between different neighboring devices in an IPv6 network. Many important functions of IPv6 like resolving MAC address of an IPv6 Address (in IPv4, ARP is used for this), Router Discovery etc., are now performed using Neighbor Discovery Protocol (NDP). I am looking for a way to retrieve the MAC address of a specific host on a LAN network. The state of IPv6 ten years after World IPv6 Launch. Link-layer address of node 2. Receive a DHCP request21:59:16 09 Oct. WHW INFO A station (SmartHub2)IF[5G](EC:6C:9A:A3:AF:03):STA(7E:1A:76:88:7F:40)(Legacy Device) join WHW infrastructure21:59:16 09 Oct. WHW INFO A station STA(7E:1A:76:88:7F:40) leave WHW infrastructure21:58:41 09 Oct. DHCP device Disconnected: 192.168.1.219 7e:1a:76:88:7f:40 Galaxy-A52-5G21:58:41 09 Oct. LAN [DEL] ARP 192.168.1.219 with 7e:1a:76:88:7f:40 from br021:58:36 09 Oct. ARP [del] br0 192.168.1.219 7e:1a:76:88:7f:4021:48:49 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )21:44:53 09 Oct. 2.4G client Mac: 66:91:5F:A9:9E:F0 Deauthentications (Reason:Disassociated due to inactivity )21:29:52 09 Oct. 2.4G client Mac: 0A:1D:2A:F9:D1:2A Deauthentications (Reason:Disassociated due to inactivity )21:20:28 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )20:47:03 09 Oct. ARP [add] br0(wl0) 192.168.1.241 56:03:cc:32:b8:5220:46:56 09 Oct. 2.4G Client disassociate from 56:03:cc:32:b8:52 (IP=192.168.1.241) RSSI=0 Rate=0Mbps20:46:55 09 Oct. 2.4G client Mac: 56:03:CC:32:B8:52 Deauthentications (Reason:Deauthenticated because sending station is leaving (or has left) IBSS or ESS)20:46:52 09 Oct. DHCP device Connected: 192.168.1.241 56:03:cc:32:b8:52 Sid-s-S2120:46:52 09 Oct. LAN [ADD] ARP 192.168.1.241 with 56:03:cc:32:b8:52 from br0(wl0)20:46:50 09 Oct. WHW INFO A station (SmartHub2)IF[5G](EC:6C:9A:A3:AF:03):STA(56:03:CC:32:B8:52)(Legacy Device) join WHW infrastructure20:46:50 09 Oct. Self roaming might be occurring Deauth original one20:45:23 09 Oct. ARP [add] br0(wl1) 192.168.1.241 56:03:cc:32:b8:5220:45:19 09 Oct. DHCP device Connected: 192.168.1.241 56:03:cc:32:b8:52 Sid-s-S2120:45:18 09 Oct. LAN [ADD] ARP 192.168.1.241 with 56:03:cc:32:b8:52 from br0(wl1)20:45:18 09 Oct. 5G Client disassociate from 56:03:cc:32:b8:52 (IP=192.168.1.241) RSSI=0 Rate=0Mbps20:45:18 09 Oct. WHW INFO A station (SmartHub2)IF[2.4G](EC:6C:9A:A3:AF:04):STA(56:03:CC:32:B8:52)(Legacy Device) join WHW infrastructure20:45:18 09 Oct. WHW INFO A station STA(56:03:CC:32:B8:52) leave WHW infrastructure20:04:19 09 Oct. 2.4G client Mac: 5A:96:19:97:6C:BA Deauthentications (Reason:Disassociated due to inactivity )19:29:49 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )19:10:57 09 Oct. 2.4G client Mac: EE:D4:90:36:F9:34 Deauthentications (Reason:Disassociated due to inactivity )18:53:39 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )18:53:09 09 Oct. 2.4G client Mac: B0:C1:9E:69:D9:D3 Deauthentications (Reason:Disassociated due to inactivity )18:49:49 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )18:36:28 09 Oct. 2.4G client Mac: 0A:4F:8D:C5:8B:60 Deauthentications (Reason:Disassociated due to inactivity )18:30:18 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )18:06:57 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )18:03:50 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )17:53:37 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )17:49:47 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )17:49:47 09 Oct. 2.4G client Mac: 2E:32:E9:81:2D:37 Deauthentications (Reason:Disassociated due to inactivity )17:40:55 09 Oct. 2.4G client Mac: 6E:7C:45:37:8C:17 Deauthentications (Reason:Disassociated due to inactivity )17:40:16 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )17:35:16 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )17:34:46 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )17:31:56 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )17:30:16 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )17:20:16 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )17:16:25 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity )17:02:31 09 Oct. 2.4G client Mac: 5E:1F:45:F9:2A:3A Deauthentications (Reason:Disassociated due to inactivity )16:59:45 09 Oct. 2.4G client Mac: 86:3E:57:D7:92:99 Deauthentications (Reason:Disassociated due to inactivity )16:59:14 09 Oct. 2.4G client Mac: B2:01:BA:9C:C2:4C Deauthentications (Reason:Disassociated due to inactivity )16:54:06 09 Oct. ARP [add] br0(wl0) 192.168.1.241 56:03:cc:32:b8:5216:54:01 09 Oct. Lan IPv6 Neighbour Discovery events: NEIGHBOR_SOLICIT16:54:01 09 Oct. Lan IPv6 Neighbour Discovery events: NEIGHBOR_SOLICIT16:54:01 09 Oct. DHCP device Connected: 192.168.1.241 56:03:cc:32:b8:52 Sid-s-S2116:54:01 09 Oct. 5G Client associate from 56:03:cc:32:b8:52 (IP=192.168.1.241) RSSI=-48 Rate=780Mbps host Sid-s-S2116:54:01 09 Oct. LAN [ADD] ARP 192.168.1.241 with 56:03:cc:32:b8:52 from br0(wl0)16:54:00 09 Oct. A Neighbor Solicitation (NS) message is sent by a node to determine the link-layer address of a neighbor, or to verify that a neighbor is still reachable via a cached link-layer address. When a node wants to determine the link-layer address of another node, the source address in a neighbor solicitation message is the IPv6 address of the node sending the neighbor solicitation message. 20:46:50 09 Oct. Self roaming might be occurring Deauth original one 20:45:23 09 Oct. ARP [add] br0(wl1) 192.168.1.241 56:03:cc:32:b8:52, 20:45:19 09 Oct. DHCP device Connected: 192.168.1.241 56:03:cc:32:b8:52 Sid-s-S21, 20:45:18 09 Oct. LAN [ADD] ARP 192.168.1.241 with 56:03:cc:32:b8:52 from br0(wl1), 20:45:18 09 Oct. 5G Client disassociate from 56:03:cc:32:b8:52 (IP=192.168.1.241) RSSI=0 Rate=0Mbps, 20:45:18 09 Oct. WHW INFO A station (SmartHub2)IF[2.4G](EC:6C:9A:A3:AF:04):STA(56:03:CC:32:B8:52)(Legacy Device) join WHW infrastructure, 20:45:18 09 Oct. WHW INFO A station STA(56:03:CC:32:B8:52) leave WHW infrastructure, 20:04:19 09 Oct. 2.4G client Mac: 5A:96:19:97:6C:BA Deauthentications (Reason:Disassociated due to inactivity ), 19:29:49 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 19:10:57 09 Oct. 2.4G client Mac: EE:D4:90:36:F9:34 Deauthentications (Reason:Disassociated due to inactivity ), 18:53:39 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 18:53:09 09 Oct. 2.4G client Mac: B0:C1:9E:69:D9:D3 Deauthentications (Reason:Disassociated due to inactivity ), 18:49:49 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 18:36:28 09 Oct. 2.4G client Mac: 0A:4F:8D:C5:8B:60 Deauthentications (Reason:Disassociated due to inactivity ), 18:30:18 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 18:06:57 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 18:03:50 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 17:53:37 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 17:49:47 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 17:49:47 09 Oct. 2.4G client Mac: 2E:32:E9:81:2D:37 Deauthentications (Reason:Disassociated due to inactivity ), 17:40:55 09 Oct. 2.4G client Mac: 6E:7C:45:37:8C:17 Deauthentications (Reason:Disassociated due to inactivity ), 17:40:16 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 17:35:16 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 17:34:46 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 17:31:56 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 17:30:16 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 17:20:16 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 17:16:25 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 17:02:31 09 Oct. 2.4G client Mac: 5E:1F:45:F9:2A:3A Deauthentications (Reason:Disassociated due to inactivity ), 16:59:45 09 Oct. 2.4G client Mac: 86:3E:57:D7:92:99 Deauthentications (Reason:Disassociated due to inactivity ), 16:59:14 09 Oct. 2.4G client Mac: B2:01:BA:9C:C2:4C Deauthentications (Reason:Disassociated due to inactivity ), 16:54:06 09 Oct. ARP [add] br0(wl0) 192.168.1.241 56:03:cc:32:b8:52, 16:54:01 09 Oct. Lan IPv6 Neighbour Discovery events: NEIGHBOR_SOLICIT, 16:54:01 09 Oct. DHCP device Connected: 192.168.1.241 56:03:cc:32:b8:52 Sid-s-S21, 16:54:01 09 Oct. 5G Client associate from 56:03:cc:32:b8:52 (IP=192.168.1.241) RSSI=-48 Rate=780Mbps host Sid-s-S21, 16:54:01 09 Oct. LAN [ADD] ARP 192.168.1.241 with 56:03:cc:32:b8:52 from br0(wl0), 16:54:00 09 Oct. Lan IPv6 Neighbour Discovery events: NEIGHBOR_SOLICIT, 16:54:00 09 Oct. WHW INFO A station (SmartHub2)IF[5G](EC:6C:9A:A3:AF:03):STA(56:03:CC:32:B8:52)(Legacy Device) join WHW infrastructure, 16:44:31 09 Oct. ARP [del] br0 192.168.1.241 56:03:cc:32:b8:52, 16:43:46 09 Oct. DHCP device Disconnected: 192.168.1.241 56:03:cc:32:b8:52 Sid-s-S21, 16:43:46 09 Oct. LAN [DEL] ARP 192.168.1.241 with 56:03:cc:32:b8:52 from br0, 16:43:45 09 Oct. 5G Client disassociate from 56:03:cc:32:b8:52 (IP=192.168.1.241) RSSI=0 Rate=0Mbps, 16:43:43 09 Oct. WHW INFO A station STA(56:03:CC:32:B8:52) leave WHW infrastructure, 16:30:15 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 16:28:11 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 16:28:04 09 Oct. 2.4G client Mac: 46:21:A6:13:31:CE Deauthentications (Reason:Disassociated due to inactivity ), 16:26:24 09 Oct. 2.4G client Mac: 82:76:9F:04:B6:AA Deauthentications (Reason:Disassociated due to inactivity ), 16:18:35 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 16:16:23 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 16:08:35 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 16:00:49 09 Oct. 2.4G client Mac: 0A:14:A2:B6:E9:66 Deauthentications (Reason:Disassociated due to inactivity ), 16:00:43 09 Oct. 2.4G client Mac: A0:99:9B:5E:78:5A Deauthentications (Reason:Disassociated due to inactivity ), 16:00:14 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 15:56:22 09 Oct. 2.4G client Mac: 62:2B:68:92:D1:78 Deauthentications (Reason:Disassociated due to inactivity ), 15:55:24 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 15:50:14 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 15:48:45 09 Oct. 2.4G client Mac: 10:D3:8A:D2:04:13 Deauthentications (Reason:Disassociated due to inactivity ), 15:41:54 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 15:38:33 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 15:38:08 09 Oct. ARP [add] br0(wl0) 192.168.1.241 56:03:cc:32:b8:52, 15:38:05 09 Oct. DHCP device Connected: 192.168.1.241 56:03:cc:32:b8:52 Sid-s-S21, 15:38:04 09 Oct. Lan IPv6 Neighbour Discovery events: NEIGHBOR_SOLICIT, 15:38:04 09 Oct. 5G Client associate from 56:03:cc:32:b8:52 (IP=192.168.1.241) RSSI=-45 Rate=780Mbps host Sid-s-S21, 15:38:04 09 Oct. LAN [ADD] ARP 192.168.1.241 with 56:03:cc:32:b8:52 from br0(wl0), 15:38:03 09 Oct. Lan IPv6 Neighbour Discovery events: NEIGHBOR_SOLICIT, 15:38:03 09 Oct. WHW INFO A station (SmartHub2)IF[5G](EC:6C:9A:A3:AF:03):STA(56:03:CC:32:B8:52)(Legacy Device) join WHW infrastructure, 15:37:29 09 Oct. 2.4G client Mac: A6:F0:34:1A:9A:08 Deauthentications (Reason:Disassociated due to inactivity ), 15:36:36 09 Oct. 2.4G client Mac: 26:66:00:6D:45:B8 Deauthentications (Reason:Disassociated due to inactivity ), 15:34:42 09 Oct. 2.4G client Mac: 6A:32:B3:86:ED:7D Deauthentications (Reason:Disassociated due to inactivity ), 15:34:42 09 Oct. 2.4G client Mac: 2E:B3:00:20:D6:65 Deauthentications (Reason:Disassociated due to inactivity ), 15:31:22 09 Oct. 2.4G client Mac: DA:3C:28:CF:11:0C Deauthentications (Reason:Disassociated due to inactivity ), 15:21:53 09 Oct. ARP [del] br0 192.168.1.241 56:03:cc:32:b8:52, 15:21:23 09 Oct. DHCP device Disconnected: 192.168.1.241 56:03:cc:32:b8:52 Sid-s-S21, 15:21:23 09 Oct. LAN [DEL] ARP 192.168.1.241 with 56:03:cc:32:b8:52 from br0, 15:21:22 09 Oct. 5G Client disassociate from 56:03:cc:32:b8:52 (IP=192.168.1.241) RSSI=0 Rate=0Mbps, 15:21:22 09 Oct. WHW INFO A station STA(56:03:CC:32:B8:52) leave WHW infrastructure, 15:20:13 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 15:03:27 09 Oct. 2.4G client Mac: 04:D6:AA:51:D6:8E Deauthentications (Reason:Disassociated due to inactivity ), 15:02:49 09 Oct. ARP [add] br0(wl0) 192.168.1.192 0a:a1:5a:16:fc:af, 15:02:04 09 Oct. 2.4G Client disassociate from 0a:a1:5a:16:fc:af (IP=192.168.1.192) RSSI=0 Rate=0Mbps, 15:02:03 09 Oct. 2.4G client Mac: 0A:A1:5A:16:FC:AF Deauthentications (Reason:Deauthenticated because sending station is leaving (or has left) IBSS or ESS), 15:02:01 09 Oct. DHCP device Connected: 192.168.1.192 0a:a1:5a:16:fc:af Ian-s-S21, 15:02:00 09 Oct. LAN [ADD] ARP 192.168.1.192 with 0a:a1:5a:16:fc:af from br0(wl0), 15:01:59 09 Oct. WHW INFO A station (SmartHub2)IF[5G](EC:6C:9A:A3:AF:03):STA(0A:A1:5A:16:FC:AF)(Legacy Device) join WHW infrastructure.
lan ipv6 neighbour discovery events: neighbor_solicit